Stick to the official Python style guide (PEP 8). • Instances of blender classes start with b_ whilst instances of nif classes start with n_. Examples: – b_mesh for a blender bpy.types.Mesh – b_face export properties. • They delegate the actual import and export to the NifImport and NifExport classes. 2.3.2 Indices and tables • genindex • modindex • search 2.4 Test Framework The test framework /test_x_feature.py. 2. Derive the test class from test.SingleNif and name it TestXFeature. test.SingleNif is a de- signed upon the template pattern and takes care of all execution, loading of files and clean up.

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate. This allows for a richer gradient. Color Interpolation The interpolation method to use In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. Outputs Color Standard color shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. Outputs Image Standard color output. Hue/Saturation

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate. This allows for a richer gradient. Color Interpolation The interpolation method to use In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. 輸出 ⾊彩 Standard color output shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. 輸出 圖像 Standard color output. Hue/Saturation Tips

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate. This allows for a richer gradient. Color Interpolation The interpolation method to use In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. Outputs Color Standard color shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. Outputs Image Standard color output. Hue/Saturation

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate. This allows for a richer gradient. Color Interpolation The interpolation method to use In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. Outputs Color Standard color shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. Outputs Image Standard color output. Hue/Saturation

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate. This allows for a richer gradient. Color Interpolation The interpolation method to use In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. 輸出 ⾊彩 Standard color output shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. 輸出 圖像 Standard color output. Hue/Saturation Tips

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate. This allows for a richer gradient. Color Interpolation The interpolation method to use In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. 輸出 ⾊彩 Standard color output shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. 輸出 圖像 Standard color output. Hue/Saturation Tips

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate, this allows for a richer gradient. Interpolation Options Enables the user to choose the In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. 輸出 ⾊彩 Standard image output shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. 輸出 圖像 Standard image output. Hue/Saturation Tips

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate, this allows for a richer gradient. Interpolation Options Enables the user to choose the In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. Outputs Color Standard image shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. Outputs Image Standard image output. Hue/Saturation

combining again. This has the advantage of maintaining saturation between different hues, where RGB would de-saturate, this allows for a richer gradient. Interpolation Options Enables the user to choose the In the compositing context this node has the following properties. RGB De/activation of the color channel inversion. Alpha De/activation of the alpha channel inversion. Outputs Color Standard image shift greater than 1.0 increases saturation. Value Value is the overall brightness of the image. De/Increasing values shift an image darker/lighter. Outputs Image Standard image output. Hue/Saturation